Search results for "tensilica"

Benefit from our leading edge tools to debug Hexagon DSPs and HVX co-processors in Qualcomm Snapdragon Mobile, Snapdragon Automotive, Cloud AI and other chips.

We support silicon IP solutions that enable full debug and trace functionality without limitations by using a USB connection between target and host computer.

Analyze Intel® SoC designs with both the x86 and other Instruction Sets, from a single core Intel® Quark™ to multicore Core™ or Xeon™ application processors.

TriCore has become the de-facto processor for modern automotive systems. We offer a number of debug and trace solutions for all TriCore devices.

Thanks to XCP Debugging, you can perform all your ECU development tasks without the need to switch tools or connect multiple tools at the same time.

Our Instruction Set Simulator is the perfect complement to our debug tools. It provides the same look and feel as a real debugger connected to a real target.

A variety of specialized debug probes dedicated to specific target platforms have in common that they ensure your best possible debugging experience.

Benefit from Lauterbach’s leading edge development tools and close partnership with CEVA® to analyze any design, from a stand-alone single- or multi-core device to a complex SoC.

We collaborate with the industry’s leading semiconductor manufacturers, development tool vendors, compiler, OS, and hypervisor vendors, to provide you leading-edge products and a more powerful toolchain – a total of more than 100 partners.

Our CombiProbe 2 is a compact debug and trace system that provides our full feature set to embedded systems with compact trace ports of up to 4 bits wide.